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For the past two weeks train industry executives from around the US have been holding private meetings to discuss the potential of using natural gas to power the trains, rather than diesel. The idea is popular amongst train operators, with some describing it as a huge transition in locomotive technology, similar to the move from coal engines to diesel.
Doug Longman, a researcher at the Argonne National Laboratory, said that “the railroads would really like to be able to use natural gas in their locomotives. It’s a cost issue.” Last year, the rising diesel prices led to the annual fuel bill for Union Pacific Railroad to reach $3.6 billion, accounting for 26 percent of overall expenses; up from 13 percent of total costs back in 2001.
The rail companies are confident that natural gas prices will remain low, giving them an advantage over diesel. Currently natural gas tends to sell for $1 - $2 less per gallon than diesel, and with industry leaders consuming one billion gallons of fuel a year, that sort of price difference can lead to hundreds of millions of dollars savings.
Related Article: Drowning in Natural Gas: Is the Answer Exports?
Although switching to natural gas isn’t all about savings.
The diesel engines used presently by locomotives would have to be modified to run on natural gas, which according to Normand Pellerin, the assistant vice president for environment and sustainability for Canadian National Railways, would cost an estimated $600,000 to $1,000,000 each.
Another obstacle blocking the success of the idea is the storage of the natural gas in order to power the train as it travels around the country. This dilemma was at the heart of most of the discussions that took place over the last two weeks, and the favourite solution which they hope the government will approve, was to reintroduce a relic. A relic is one of the carts that used to carry coal for coal engines. That extra ‘fuel cart’ could be used to contain a large tank of LNG.
By. James Burgess of Oilprice.com
James Burgess studied Business Management at the University of Nottingham. He has worked in property development, chartered surveying, marketing, law, and accounts. He has also…
Another thing is that natural gas is made over 90% out of methane and a molecule of methane has 24x the Greenhouse power of CO2.
I suggest we do burn the Natural Gas... It might even be a good idea to burn it before it escapes from the permafrost in Antarctica and other places. That way we don't have to worry about it harming the atmosphere if the poles start melting.